goFactorGraph< T, Tfloat > Class Template Reference

Factor graph for use with goMaxSum and goSumProduct. More...

#include <gofactorgraph.h>

Public Types
enum	FactorType { EXP, LOG }
	Indicates whether the used factors are exponential or logarithmic. More...
typedef goFGNode< T, Tfloat >	NodeType
typedef goFGEdge< T, Tfloat >	EdgeType
typedef goFixedArray< goAutoPtr< goFGNodeVariable< T, Tfloat > > >	VariableArray
typedef goFixedArray< goAutoPtr< goFGNodeFactor< T, Tfloat > > >	FactorArray
typedef goList< goAutoPtr< goFGEdge< T, Tfloat > > >	EdgeList

Public Member Functions
void	connect (goFGNode< T, Tfloat > *n1, goSize_t adjIndex1, goFGNode< T, Tfloat > *n2, goSize_t adjIndex2)
	Connect n1, "slot" adjIndex1 to n2, "slot" adjIndex2. More...
void	setNormal ()
	Set all nodes to NodeType::NORMAL state.
goDouble	operator() (const goMath::Vector< T > &X, FactorType ft=EXP)

Public Attributes
VariableArray	myVariables
FactorArray	myFactors
EdgeList	myEdges

Detailed Description

template<class T, class Tfloat>
class goFactorGraph< T, Tfloat >

Factor graph for use with goMaxSum and goSumProduct.

Directly resize the arrays myVariables and myFactors, and connect them using the connect() member function.

Examples

sumproduct/sp.cpp.

Member Enumeration Documentation

FactorType

template<class T, class Tfloat>

enum goFactorGraph::FactorType

Indicates whether the used factors are exponential or logarithmic.

If they are exponential, operator() uses multiplications to calculate the function value, otherwise it uses sums.

Member Function Documentation

connect()

template<class T, class Tfloat>

void goFactorGraph< T, Tfloat >::connect ( goFGNode< T, Tfloat > *  n1, goSize_t  adjIndex1, goFGNode< T, Tfloat > *  n2, goSize_t  adjIndex2  )

inline

Connect n1, "slot" adjIndex1 to n2, "slot" adjIndex2.

Parameters

n1	Node 1
adjIndex1	Index of the edge in node 1
n2	Node 2
adjIndex2	Index of the edge in node 2

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The documentation for this class was generated from the following file:

• gofactorgraph.h